Benefits of Deploying Advanced Vape Detectors

About Advanced Vape Detectors

Advanced Vape Detectors to smoke detector sensors, which use ionization or photoelectric technology and are calibrated to respond to larger particle sizes indicative of combustion, vape detection sensors are tuned to distinguish between smoke particles and vapor aerosols. This means a single discreet sensor can monitor and protect areas where traditional smoke detectors cannot.

Clearing the Air: The Rise of Advanced Vape Detectors in Public Spaces”

Education Facilities
Vaping has emerged as a serious problem for schools, which can hav devastating health effects on underage students. By identifying and alerting staff to unauthorized vapor emissions in classrooms, bathrooms and locker rooms, the technology can be used as an effective deterrent to help maintain a healthy and distraction-free learning environment.

Healthcare Facilities

Hospitals are another setting where vape detection is a valuable solution. The technology can be used to quickly address vapor emission incidents, ensure clean air quality for patients and employees, and promote compliance with no-vaping policies.

The HALO Smart Sensor 3C from IPVideo Corporation is the first vape detector to offer both fire and vapor detection in a single, discrete device. The patented technology uses a combination of advanced sensor technologies to differentiate between smoke and vapor and detect the chemical composition of e-cigarettes. This allows for an extremely high sensitivity and low false alarm rate, even in the presence of common chemicals like body sprays.

As an added benefit, the HALO Smart Sensor 3C can be configured to send notifications directly to mobile devices via the Verkada mobile app or to users’ preferred communication channels. This feature can be especially useful for businesses, hotels and other organizations that want to provide their occupants with an added layer of security while maintaining strict privacy standards.

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